Method for Transforming Voltage Identification Code of a Microprocessor

2. The method for transforming voltage identification codes of a microprocessor of claim 1 , wherein a transform table is built according to the relationship between the second voltage identification code and the first voltage identification code, the transform table comprising a third voltage identification code of the first voltage regulation standard as well as a fourth voltage identification code of the second voltage regulation standard, wherein the fourth voltage identification code is in correspondence with the third voltage identification code, and a fourth voltage corresponding to the fourth voltage identification code is the same as a third voltage corresponding to the third voltage identification code; and transforming the first voltage identification code into the second voltage identification code according to the transform table.

3. The method for transforming voltage identification codes of a microprocessor of claim 2 , wherein the step for transforming the first voltage identification code into the second voltage identification code of the second voltage regulation standard further comprises the following steps: assigning a fifth voltage identification code of the first voltage regulation standard as a special command; assigning a sixth voltage identification code of the second voltage regulation standard as the special command; and defining the fifth voltage identification code and the sixth voltage identification code in the transform table.

4. The method for transforming voltage identification codes of a microprocessor of claim 1 , wherein in the relationship between the second voltage identification code and the first voltage identification code, L=M=N=6 and C[N:0]=7′b000 — 1001, 7′b000 — 1001 equals a decimal digit of 9 and is represented by the binary system.